JDS Uniphase TS-30

The JDS Uniphase TS-30 is a modular test chassis engineered for optical communication system testing and measurement across R&D and manufacturing environments. This slot-based platform accepts up to three configurable modules, enabling flexible system architectures that scale from single-function benchtop setups to multi-channel rack-mounted deployments. Hot-swappable module design permits continuous operation and field upgrades without system shutdown.

## Technical Specifications

**Chassis Architecture**

• Model: JDS Uniphase TS-30 (TestPoint TS-30)
• Module slots: 3 bays
• Module insertion: Hot-swappable insertion and removal
• Power input: 110 V AC and 220 V AC options (region and module dependent)
• Operating temperature: 15–30 °C with maximum 3 °C variation during test
• Control interface: Web browser–based with Java plug-in; ASCII CLI support
• Network connectivity: 10/100BASE-T Ethernet
• Form factor: Configurable for rack mounting or portable operation with integrated handle and bumpers

**Module Support**

• 10 Gbps optical modules
• 1 Gbps optical modules
• 40 Gbps optical modules
• Multi-rate capable modules
• Group controller modules (slot 0 compatible)
• Tunable laser assemblies (TLAs) with C- and L-band coverage, >35 nm operating range, and 50 GHz channel spacing
• Data modulators including 10 Gb/sec zero-chirp lithium niobate types

## Key Features

• Web browser control eliminates dedicated software dependencies
• CLI automation via ASCII command interface
• TLA wavelength control with integral locker and polarization-maintaining pigtail
• RF modulators with 50 Ω input matching (Wiltron K connector) and independent bias via SMA

## Typical Applications

Optical system validation, component characterization, multi-wavelength transmission testing, and modulator/laser assessment in development and production test environments.

## Compatibility & Integration

PC-based control via 10/100BASE-T LAN connection. Module-specific interfaces include RF connectors for drive signals and signal paths optimized for 1 Gbps through 40 Gbps operation.